private void RegisterType <I, C>(REG_TYPE type)
{
if (instanceRegistry.ContainsKey(typeof(I)) == true)
{
instanceRegistry.Remove(typeof(I));
}
instanceRegistry.Add(
typeof(I),
new RegistrationModel
{
RegType = type,
ObjectType = typeof(C)
}
);
}
private void RegisterType(Type i, Type c, REG_TYPE type)
{
// check if interface already registered
if (_registeredInstances.ContainsKey(i) == true)
{
_registeredInstances.Remove(i);
}
// register interface with concrete type
_registeredInstances.Add(
i,
new RegistrationModel
{
RegType = type,
ObjectType = c
}
);
}
// register interface with concrete type
private void RegisterType <I, C>(REG_TYPE type)
{
// check if interface already registered
if (_registeredInstances.ContainsKey(typeof(I)) == true)
{
_registeredInstances.Remove(typeof(I));
}
// register interface with concrete type
_registeredInstances.Add(
typeof(I),
new RegistrationModel
{
RegType = type,
ObjectType = typeof(C)
}
);
}
static string dump_reg(REG_TYPE type, byte code, ushort size)
{
switch(type)
{
case REG_TYPE.REG_TYPE_GEN:
return dump_reg_gen(code, size);
case REG_TYPE.REG_TYPE_SEG:
return dump_reg_sreg(code);
case REG_TYPE.REG_TYPE_FPU:
return dump_reg_freg(code);
case REG_TYPE.REG_TYPE_CR:
return dump_reg_creg(code);
case REG_TYPE.REG_TYPE_DBG:
return dump_reg_dreg(code);
case REG_TYPE.REG_TYPE_TR:
return dump_reg_treg(code);
case REG_TYPE.REG_TYPE_MMX:
return dump_reg_mreg(code);
case REG_TYPE.REG_TYPE_XMM:
return dump_reg_xreg(code);
default:
return ("internal error");
}
}
//Creates OPERAND_TYPE_REG operand of given type.
static void create_reg_operand(ref INSTRUCTION instr, int op_index, REG_TYPE type, byte code, OP_SIZE size)
{
instr.ops[op_index].flags |= (byte)OP_TYPE.OPERAND_TYPE_REG;
instr.ops[op_index].value.reg.type = type;
instr.ops[op_index].value.reg.code = code;
instr.ops[op_index].size = (ushort)size;
}
